XIHE is a graphene far-infrared technology integration partner, helping product companies move from scientific validation to scalable product innovation.
XIHE translates graphene FIR technology into wearable, wellness, and functional product formats for teams building differentiated product experiences.
Mass-Production Wearables Graphene FIR wearable formats engineered for scalable integration across apparel and personal thermal products.
Explore →
Wellness Equipment A technology platform for premium wellness equipment and controlled thermal applications.
Explore →
Recovery & Lifestyle Integration support for differentiated recovery and lifestyle product concepts built around graphene FIR technology.
Explore →
Graphene FIR technology needs criteria that product teams can review: spectral characteristics, a measured 0.88 spectral emissivity (NIQS report WT-HW-00529), radiation behavior, and thermal stability.
Explore Far Infrared Graphene →
The work begins after material selection: film design, structure optimization, prototype validation, and manufacturing transfer for a defined product context.
Review Graphene Heated Film →
XIHE works with teams developing wearable, wellness, recovery, and functional products that require a documented path from technology to production.
Discuss Product Integration →Material behavior does not automatically survive integration. A reliable product needs deliberate engineering across the emitter, system, and manufacturing process.
Start with documented emitter characteristics, electrical behavior, and application-relevant thermal performance.
Translate material behavior through product geometry, power design, assembly methods, and thermal control requirements.
Review prototypes, repeatability, quality control, and finished-product performance before the production transfer.
XIHE's graphene FIR film achieved 0.88 spectral emissivity and 68% radiant output under third-party testing by NIQS (Report No. (2022)WT-HW-00529), with results traceable across four evidence layers: source documentation, physics validation, published research, and application context.
Start with definitions, supplier logic, material comparisons, and the evidence paths needed for a disciplined technology review.
XIHE supports technical evaluation, prototype development, performance validation, and manufacturing transfer.
Share your product spec or application scenario, and XIHE will respond with a technical feasibility review within 2 business days.
What is the emissivity of XIHE graphene film?
XIHE graphene FIR film measured 0.88 normal spectral emissivity under a third-party test by NIQS (Report No. (2022)WT-HW-00529), conducted by the Wuhan Product Quality Supervision and Inspection Institute in 2022.
How does XIHE differ from ordinary heating-film suppliers?
XIHE works across the full path from material to production: material evaluation with documented metrics, prototype validation, and manufacturing transfer. Product teams can review emissivity data, spectral characteristics, and reliability test results before committing to a design.
Is XIHE's technology supported by third-party testing?
Yes. Emitter performance is validated by NIQS third-party reports, developed within the Jiageng Innovation Laboratory (IKKEM) incubation ecosystem, and XIHE is the lead drafting unit of industry standard 2024-0923T-YB for graphene flexible electrothermal film.
Where is XIHE based?
XIHE is registered as Xiamen Xihe Technology Co., Ltd. (founded 2018), headquartered in Xiamen, China, and incubated within the Jiageng Innovation Laboratory (IKKEM) graphene research ecosystem.
What does XIHE provide beyond graphene material?
XIHE combines documented graphene FIR performance with integration support. Product teams can evaluate material characteristics, technical documentation, prototype requirements, and the route to manufacturing in one technology platform.
How does XIHE support product integration?
Support can include technical evaluation, film and structure selection, prototype development, performance validation, and manufacturing transfer. The appropriate scope is defined by the application, operating environment, and production requirements.